This study examines the Algerian Tabboon, a native plant species with significant implications for agriculture and ecology. We explore its potential role in crop management, its impact on local biodiversity, and its contribution to food security through sustainable agricultural practices. The research also analyzes the plant's biological characteristics and how they can be leveraged to enhance agricultural resilience in the face of climate change.
In the current research, a comprehensive experimental study has been performed to explore the properties of Epoxy matrix hybrid composite reinforced by Nano Al2O3 and graphite. The mixing process was done by homogenizer to achieve consistent scattering of the filler particles into the matrix. Mechanical tests, such as Tensile and Flexural Bending test were conducted to evaluate the performance of Epoxy hybrid composite. Experimental investigations were done on several specimens of epoxy composite by varying the weight percentages of the graphite filler from 1 to 5 at different wt % of Nano Al2O3 and also the results were compared among themselves for different wt % samples. The mechanical characteristics such as Tensile and Flexural Bending of epoxy hybrid composite material can be appreciably enhanced by the introduction of Nano Al2O3, graphite particles.
This study explores the impact of urban environments on plant species, focusing on their adaptations and interactions within city ecosystems. Using a combination of field observations and laboratory experiments, the research identifies key adaptive strategies that enable plant survival in urban settings, such as altered growth patterns and tolerance to pollutants. The study also examines the role of plants in urban biodiversity, highlighting their interactions with other species and contributions to ecosystem services. Findings suggest that understanding these dynamics can inform urban planning and conservation efforts.
Introduction: The use of mulch films is prevalent in modern agriculture for moisture retention and weed control. However, the environmental impacts of non-biodegradable films are concerning. Objective: To evaluate the effects of biodegradable and non-biodegradable mulch films on soil health and crop yield in different climatic conditions. Methods: This study conducted a two-year field trial in three distinct climatic zones with randomized plots using biodegradable polylactic acid (PLA) films and conventional polyethylene (PE) films. Soil health indicators, including organic matter content, microbial activity, and moisture retention, were measured, alongside crop yield assessments. Results: Biodegradable mulch films showed enhanced soil microbial activity and organic matter content compared to non-biodegradable films. Crop yield was comparable between the two film types, although biodegradable films demonstrated better soil moisture retention in arid zones. Conclusion: Biodegradable mulch films offer an environmentally friendly alternative with comparable agricultural performance, promoting sustainable farming practices.
